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Learning Heuristics for OBDD Minimization by Evolutionary Algorithms

机译:通过进化算法学习对OBDD最小化的启发式

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Ordered Binary Decision Diagrams (OBDDs) are the state-of-the-art data structure in GAD for ICs. OBDDs are very sensitive to the chosen variable ordering, i.e. the size may vary from linear to exponential. In this paper vie present an Evolutionary Algorithm (EA) that learns good heuristics for OBDD minimization starting from a given set of basic operations. The difference to other previous approaches to OBDD minimization is that the EA does not solve the problem directly. Rather, it developes strategies for solving the problem. To demonstrate the efficiency of our approach experimental results an given. The newly developed heuristics are more efficient than other previously presented methods.
机译:订购的二进制决策图(OBDD)是用于IC的GAD中的最先进的数据结构。 OBDD对所选择的变量排序非常敏感,即,大小可能因线性而异。本文vie呈现了一种进化算法(EA),从给定的一组基本操作开始,了解OBDD最小化的良好启发式。对OBDD最小化的其他方法的差异是EA不会直接解决问题。相反,它开发了解决问题的策略。为了证明我们对所提供的方法实验结果的效率。新开发的启发式比以前呈现的方法更有效。

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